Quickstart¶
Use a disposable Git repository for the first run. Iteron is pre-alpha and, by default, executes code with your account's own filesystem and network authority.
1. Build the executable¶
From the Iteron source tree:
The examples below use /path/to/Iteron/target/release/iteron. Replace it with
iteron if you installed the binary on PATH.
2. Set up a provider credential¶
The built-in default provider is glm. Its credential environment variable is
GLM_API_KEY. The supported BYOK wizard validates a key before writing it to a
private operator-owned file:
Iteron never writes credential values into repository configuration. An environment variable supplied by your shell or secret manager remains available as an alternative and takes precedence over the stored file.
See Setup and BYOK for all six built-in providers, credential rotation, and status checks. You can also declare a user-defined provider.
3. Open the TUI¶
When both stdin and stdout are terminals, the interactive TUI is the default. Ask for a bounded, reviewable task, for example:
Use /status to inspect the resolved model, effort, permission mode, cost state,
working directory, and run id. Use /model, /effort, or /mode to inspect or
change session settings.
4. Choose the authority posture deliberately¶
The shipped default bypasses permission prompts and runs unconfined. Use
--ask-permissions to restore the capability gate, --confine to confine shell
commands on macOS or Linux, and --mode plan for a read-only run. Review the
permission and sandbox contract before
opening an untrusted repository.
5. Run a one-shot task¶
/path/to/Iteron/target/release/iteron -p -C /path/to/test-repository \
"Find the failing test, explain the cause, and stop without editing"
One-shot mode defaults to acceptEdits and inherits the shipped permission bypass,
so it does not prompt and code execution is already granted. Pass
--ask-permissions to restore the gate; because one-shot has no approval channel,
an operation that resolves to "ask" then fails closed.
For automation, use the stable machine-output modes described in one-shot and automation.